Disposable Pulse Ox Sensors

Making quick, informed decisions can be the difference in patient outcomes. The Philips Nasal Alar SpO2 Sensor is your 'one and done” solution for fast, accurate and dependable SpO2 readings. This single-patient-use sensor maintains its placement on the nasal ala comfortably, without adhesives. The sensor is easily removed and reapplied, eliminating the waste associated with trying multiple sensors to get a good signal. Features & Benefits: * Earlier detection * More reliable monitoring of low perfusion * Dependable monitoring * Easy access to the alar site * Immune to ambient light * Less susceptible to high noise and vibration environments * Easy to clean device * No adhesive needed * For use with compatible pulse oximeters including Nelcor and Philips FAST compatible monitors

The Nasal Alar FAST (Fourier Artifact Suppression Technology) SpO2 Sensor is designed for single patient use and measures arterial oxygen saturation at the ala, an ideal measurement site for difficult-to-measure patients. The sensor produces a strong, consistent signal, even in patients with poor perfusion. Built for comfort and durability, the non-adhesive sensor can be used for up to seven days. Features: * Reliable and comfortable * Use up to seven days * Designed for single patient use

Philips SpO2 Wrap Sensors are a low-adhesive, single-patient use SpO2 sensor. Made of a soft yet durable fabric, the sensors are designed to be gentle on the skin. Each sensor option is designed for specific placement based upon the patient's weight. The disposable clip sensor is ergonomically shaped to easily slip onto a patient's finger and designed to reposition easily. Its durability will last a single patient's average stay. The disposable wrap sensors contain minimal adhesive which reduces irritation for skin sensitivity. Its rugged design outlasts typical adhesive sensors. Features: * Single-patient SpO2 sensor * Accommodates patients from neonates to infants and adults * Designed for FAST-SpO2 * Durable and validated * Soft and flexible * Latex-free Specifications: * 73-989803205831: Adult Clip Sensor * Finger (Adult) * 73-989803205841: Infant Wrap Sensor * Finger/Toe (Infant) * 73-989803205851: Neonatal/Infant/Adult Wrap Sensor * Finger (Adult) * Big Toe/Thumb (Child) * Foot/Hand (Neonate) * 73-989803205861: Neonatal/Infant/Adult Wrap Sensor * Finger (Adult) * Big Toe/Thumb (Child) * Foot/Hand (Neonate) * Adhesive Free

PureLight® Flex Pulse Oximeter Sensor Wrap features include: * Preferred application: lateral aspect of foot * Disposable

PureLight® Flex Pulse Oximeter Sensor features include: * 25 Disposable FlexiWrap® Adhesives * 3-m Cable

PureLight® Flex Pulse Oximeter Sensor features include: * Preferred application: lateral aspect of foot * 25 Disposable FlexiWrap® foot wraps * 1-m Cable

OxiMax™ sensor features include: * Adult size * 18-in cable

Foam tape pulse oximeter sensors designed for single patient use. Nellcor/Mek model compatible with: * Mek - MP-110 Plus, MP-111 * Nellcor - N20,100,180,190, 200, 390, 3000, 6000, NPB-290, 295 BCI model compatible with: * 3100, 3101, 3302, 3303, 3304, 3401, 6100, 9100, Advisor, Autocorr, Minitorr, Minitorr Plus

The 6500 Durafoam extended-life disposable series is an adhesive-free, single-patient use sensor line designed for extended wear compared to traditional disposable sensors. The ultra-soft foam provides maximum comfort for patients, while the unique shape ensures that the sensor remains in place. Product Highlights: * Unmatched value and less waste with an average use-life of 14 days per patient * Non-adhesive foam helps maintain skin integrity for patients * Easy to apply and re-apply for improved efficiency during patient care * Digit thickness: 5 mm - 21 mm (0.19 in - 0.82 in) * Patient range: > 30 kg (66 lbs) * Preferred application: Index finger * Includes 1 meter cable

The diagnostic package pulse oximetry measures partial blood oxygen saturation (SpO2), which provides valuable information detailing the patient's condition and quality of ventilation and enables a more reliable diagnosis.